October 16, 2017

Autodesk Gallery at One Market in San Francisco Exhibit: Bridge to the future Exhibit

a 1:5 scale model of a bridge concept design fabricated by robots and 3D printing

The Autodesk Gallery at One Market in San Francisco celebrates design — the process of taking a great idea and turning it into a reality. With about 60 different exhibits regularly on display that showcase the innovative work of Autodesk customers, the gallery illustrates the role technology plays in great design and engineering. Autodesk Gallery Ambassadors conduct gallery tours as a sideline to their day jobs. The tours provide employees with opportunities to practice public speaking in front of small groups.

The Bridge to the future exhibit is an exhibit that you see upon first entering the 2nd floor of our One Market office in San Francisco:

There's no question that additive manufacturing — or 3D printing — is part of the future of making things, but the technology has traditionally been limited by small print sizes and poor material performance. Now MX3D is changing all that.

By combining digital design technology, robotics, and traditional industrial production, MX3D will 3D print a bridge over a canal in the center of Amsterdam — demonstrating the tantalizing possibilities for printing large-scale, functional objects.

Employing design software often produces incredibly complex forms that use precise amounts of material, exactly where needed, to define optimized structures that far exceed the performance of traditional fabrication techniques, and until recently, we didn't have the machines that could produce such forms, at least not on a larger scale.

Enter the robots. Unlike your average industrial robot that performs standardized tasks such as welding or part assembly, these 6-axis robots 3D print metal in mid-air, from virtually any angle, bringing to mind the old trope about building the car while you’re driving it. Well, guess what? MX3D and its robots are using the latest hardware and software to do just that — literally building the bridge as we walk across it.

Though people worry that "robots are coming for us," at Autodesk, we believe "robots are coming for us." Robots will self-drive delivery trucks to bring us beer, vacuum our homes, and now, build us a bridge.

The MX3D bridge will be installed over a canal in Amsterdam in early 2018.

The MX3D team used Revit to prototype the bridge, and Nastran In-CAD helped determine where on the bridge sensors should be placed to capture optimal signals for monitoring aspects such as vibration and stress points. The team is working with Autodesk to use FusionConnect to perform high-velocity data ingestion from the bridge sensors with additional pre-processing work in the cloud. Project Dasher, also from Autodesk’s research group, will serve as a visualization hub for aggregating and presenting data collected from the bridge sensors in a 3D digital twin, a living model reflecting the current status of the physical bridge in real time, that engineers could use to monitor performance and safety and facilitate any required changes. [Digital Engineering]

At Autodesk, we believe machine intelligence and robotic fabrication will herald a new age of construction, and we're using the technologies to develop tools that will enable the creation of more human-centric designs with more freedom of form, faster build times, reduced waste, and increased safety. The MX3D bridge is just one example of what happens when computer-aided design meets additive robotic fabrication, and when an artificially intelligent system pairs up with human creativity to design a bridge. The result is pretty amazing.

Thanks to the Autodesk Gallery team for the descriptive text for this blog post.

The Autodesk Gallery in San Francisco is open to the public on Mondays, Wednesdays, and Fridays from 10:00 am to 5:00 pm. There is a guided tour on Wednesdays at 12:30 pm and a self-guided audio tour available anytime. Come check out the model of the bridge and other exhibits. Admission is free. Visit us.

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a 1:5 scale model of a bridge concept design fabricated by robots and 3D printing

The Autodesk Gallery at One Market in San Francisco celebrates design — the process of taking a great idea and turning it into a reality. With about 60 different exhibits regularly on display that showcase the innovative work of Autodesk customers, the gallery illustrates the role technology plays in great design and engineering. Autodesk Gallery Ambassadors conduct gallery tours as a sideline to their day jobs. The tours provide employees with opportunities to practice public speaking in front of small groups.

The Bridge to the future exhibit is an exhibit that you see upon first entering the 2nd floor of our One Market office in San Francisco:

There's no question that additive manufacturing — or 3D printing — is part of the future of making things, but the technology has traditionally been limited by small print sizes and poor material performance. Now MX3D is changing all that.

By combining digital design technology, robotics, and traditional industrial production, MX3D will 3D print a bridge over a canal in the center of Amsterdam — demonstrating the tantalizing possibilities for printing large-scale, functional objects.

Employing design software often produces incredibly complex forms that use precise amounts of material, exactly where needed, to define optimized structures that far exceed the performance of traditional fabrication techniques, and until recently, we didn't have the machines that could produce such forms, at least not on a larger scale.

Enter the robots. Unlike your average industrial robot that performs standardized tasks such as welding or part assembly, these 6-axis robots 3D print metal in mid-air, from virtually any angle, bringing to mind the old trope about building the car while you’re driving it. Well, guess what? MX3D and its robots are using the latest hardware and software to do just that — literally building the bridge as we walk across it.

Though people worry that "robots are coming for us," at Autodesk, we believe "robots are coming for us." Robots will self-drive delivery trucks to bring us beer, vacuum our homes, and now, build us a bridge.

The MX3D bridge will be installed over a canal in Amsterdam in early 2018.

The MX3D team used Revit to prototype the bridge, and Nastran In-CAD helped determine where on the bridge sensors should be placed to capture optimal signals for monitoring aspects such as vibration and stress points. The team is working with Autodesk to use FusionConnect to perform high-velocity data ingestion from the bridge sensors with additional pre-processing work in the cloud. Project Dasher, also from Autodesk’s research group, will serve as a visualization hub for aggregating and presenting data collected from the bridge sensors in a 3D digital twin, a living model reflecting the current status of the physical bridge in real time, that engineers could use to monitor performance and safety and facilitate any required changes. [Digital Engineering]

At Autodesk, we believe machine intelligence and robotic fabrication will herald a new age of construction, and we're using the technologies to develop tools that will enable the creation of more human-centric designs with more freedom of form, faster build times, reduced waste, and increased safety. The MX3D bridge is just one example of what happens when computer-aided design meets additive robotic fabrication, and when an artificially intelligent system pairs up with human creativity to design a bridge. The result is pretty amazing.

Thanks to the Autodesk Gallery team for the descriptive text for this blog post.

The Autodesk Gallery in San Francisco is open to the public on Mondays, Wednesdays, and Fridays from 10:00 am to 5:00 pm. There is a guided tour on Wednesdays at 12:30 pm and a self-guided audio tour available anytime. Come check out the model of the bridge and other exhibits. Admission is free. Visit us.